laminated object manufacturing meaning in English
目标分层制造
Examples
- In this paper , the metallic functional part is rapidly manufactured by laminated object manufacturing ( lom ) process using the thicker sheet metal as the modeling materials . but the question of modeling precision in the lom must be solved
本文提出以较厚的金属板材作造型材料，采用分层实体制造方法快速制造金属功能零件，但必须解决lom造型精度问题。 - Based on the theory of laminated object manufacturing , the technology can directly produce three - dimension miniature structure by melting nano - phased powder with fine focus . in the process of micromachines , an important technological quota is the distinguishability . in the microscopic process of rapid fabrication , the distinguishability including the scanning distinguishability and the fabrication distinguishability
该技术将选区激光烧结快速成型技术与纳米科学技术、激光技术、计算机控制技术结合起来,应用分层制造思想,以更精细聚焦的激光熔烧微、纳米粉粉末直接成形三维微结构。在微机械加工中,一个重要技术指标是分辨率,在快速成型微细加工中,把分辨率区分为扫描分辨率以及成型分辨率。 - Finally , aimed at laminated object manufacturing ( lom ) machine which is widely applied in domestic market , a new technique for covering lom prototype with special coating spraying is put forward , the problem on metallization of lom prototype is resolved by means of rapid electroless plating copper , a rapid edm electrode fabrication technology based on lom is established
最后，针对目前国内市场应用较普遍的分层实体制造( lom )快速成型设备，提出了基于特殊涂料喷涂法的lom纸质原型封闭处理新技术，通过快速化学镀铜解决了lom纸质原型导电化的难题，建立了基于lom纸质原型快速制造电加工电极的工艺。 - In the paper , the current developments of rapid prototyping at home and abroad , the molding methods of rapid prototyping , their characteristics and the condition of applications were introduced , indicated that sterolithography apparatus ( sla ) selective laser sintering ( sls ) , laminated object manufacturing ( lom ) and fused deposition modeling ( fdm ) were the several main prototyping methods of rapid prototyping at present , and their prototyping principle were briefly discussed
本文首先介绍了快速成型技术的国内外发展现状、快速成型技术的成型方式、成型特点和应用状况，指出立体光固化( sla ) 、选择性激光烧结( sls ) 、分层实体制造( lom ) 、熔积成型( fdm )是目前使用的几种主要成型方式，并对它们的成型原理进行了简要介绍。